The Robus-1mission is designed to place a large robotic lander on the Moon at a comparatively low cost per kilogram.
Lowering the cost of lunar access allows research and exploration in totally new areas and could be a precursor to manned missions.

The Robus-1mission is designed to place a large robotic lander on the Moon at a comparatively low cost per kilogram.
Lowering the cost of lunar access allows research and exploration in totally new areas and could be a precursor to manned missions.

By reducing space travel costs, our mission aims to put lunar research within reach of smaller space programs and universities. Consider researching development of water location and extraction techniques or regolith management experimentation.

Observatory-friendly, the natural environment of the Moon provides a multitude of distinct advantages for reflector and radio telescopes. For example, the far side is shielded from Earth’s radio noise allowing detection of faint radio noise signals.

NASA and other research organizations have confirmed the presence of water in polar craters, increasing the feasibility of long-term lunar habitation. The Moon could be a critical first- stop supply station resource for long-duration, interplanetary journeys.